Data Stewardship NOAA s Programs for Archive, Access, and Producing Climate Data Records

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1 Data Stewardship NOAA s Programs for Archive, Access, and Producing Climate Data Records John Bates, NOAA s National Climatic Data Center Mitch Goldberg, NOAA s Office of Research and Applications 1

2 Background Outline Defining Data Stewardship NOAA s Comprehensive Large Array data Stewardship System (CLASS) NOAA s Scientific Data Stewardship (SDS) Program Conclusions Need for International Partnerships - GEO 2

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4 Principles of Data Stewardship 1. Archive and access to fundamental measurements, products and metadata - CLASS 2. Data archaeology and improved use CLASS/SDS 3. Careful monitoring of observing system performance for long-term applications - SDS 4. Generation of authoritative long-term records through validation of the calibration process, reprocessing, product generation and the blending of in situ and satellite measurements - SDS 5. Provide state of the environment information for decision makers and place the current state in its historical context - SDS 4

5 CLASS Goals and Vision NOAA's National Data Centers and their world-wide clientele of customers look to CLASS as the sole NOAA IT infrastructure project in which all current and future large array environmental data sets will reside. CLASS provides permanent, secure storage and safe, efficient access between the Data Centers and the customers. 5 A web-based data archive and distribution system for NOAA s environmental data A combined process to both reengineer legacy data storage and access systems and blend new and efficient technologies to ensure the stewardship of existing (e.g., POES, GOES, NEXRAD, in-situ) and rapidly approaching large-array data sets (e.g., NPP/NPOESS, EOS, METOP, NEXRAD). An aggressive plan to safeguard, enhance, expand and automate NOAA s capability to ingest, store, quality control, preserve, and access its vast environmental data holdings. A focused effort to ensure the Information Technology (IT) infrastructure is in place and working, before the arrival of significantly larger and more complex environmental data (e.g., NPP/NPOESS, and GOES-R).

6 Synergy of CLASS & SDS + = CLASS + Scientific Data Stewardship = Climate Products and Information CLASS NOAA s new archive; Comprehensive Large-Array data Stewardship System 6

7 NOAA s Scientific Data Stewardship rooted in NRC dialogue and reports NOAA/NRC SDS leads Bates Goldberg Background 7

8 Key Elements of a Successful CDR Program CDR Organizational Elements High-level leadership council Advisory council to represent climate research community and other stakeholders Fundamental Climate Data Record (FCDR) Teams Thematic Climate Data Record (TCDR) Teams CDR Generation Elements High accuracy and stability of FCDRs Pre-launch characterization of sensors and lifetime monitoring Thorough calibration of sensors Well-defined criteria for TCDR selection Stakeholder involvement and feedback for TCDRs Well-defined criteria for TCDR validation Use of in-situ data for validation Sustaining CDR Elements Available resources for reprocessing CDRs as new information becomes available Provisions for feedback from scientific community Long-term commitment of resources for generation and archiving of CDRs and associated data Fundamental Climate Data Record (FCDR): Time series of calibrated signals for a family of sensors together with the ancillary data used to calibrate them. Thematic Climate Data Record (TCDR): Geophysical variables derived from FCDRs, often generated by blending satellite observations, in-situ data, and model output. 8

9 Defining Scientific Data Stewardship Notional Functions of Scientific Data Stewardship for Climate Scientific Data Stewardship Real time and retrospective management of climate data Network Performance Monitoring Observations & Metadata Climate Data Records Model Reanalyses Analyses and Quality Control Archives Reference Data Sets (Reprocessing) Climate Quality Products Stewardship Teams Feedbacks Climate Analyses 9

10 Defining CDRs Climate Data Records Data (Direct & Remotely Sensed) Sensor Data Records (SDRs) Time-tagged Geo-Referenced Converted to Bio-Geophysical Variables Homogenization and Calibration Environmental Data Records (EDRs) Converted to Bio-Geophysical Variables Fundamental Climate Data Records (FCDRs) Thematic Climate Data Records (TCDRs) Climate Data Records or Homogenized Time Series 10

11 NOAA CDR Reprocessing - Climate Central Requirements For reprocessing, SDS requires an IDPS-like system, (Climate Central) to process: RDR SDR Multi-satellite FCORs & TCDRs NOAA/CLASS ACQUIRE RDRs Users NOAA SDS CLIMATE CENTRAL SDS interdependent with CLASS, e.g., large data set I/O CLASS and SDS mutually dependent Requires NASA & W&W NDE linkage for enterprise solution 11 IMPROVED SDRs MULTISATELLITE FCDRs PROCESS TCDRs PROVIDE ASSESSMENTS IMPROVEMENTS Products and Services Provide FCDRs and TCDRs

12 NOAA s Scientific Data Stewardship Program Governance and Management Structure FY06 EDSM $2.5M C 2 D 2 $1 to $1.5M Scientific Data Stewardship Program Management C 2 D 2 NCDC ORA NOAA Climate Program & Climate Board NOAA Observing System Council NOAA (5-10%) Scientific Data Stewardship CLASS Working Group Climate Working Group NOAA Science Advisory Board External (1-2%) Research Climate Data Science Teams FCDR Teams Observations Scoping Requirement Systems TCDR Teams R&D Products and Services Theme Areas Research to Operations Currently exists FY05 FY06 Operational CDR Generation & Data Mgmt. CDR Generation NOAA Other Agencies Universities Private Sector CLASS NOAA IT Infrastructure operators NOAA, Other Agencies External Scientific (~90%)

13 NOAA s Scientific Data Stewardship Thematic Climate Data Records (TCDRs) Sea Surface Temperature Reconfigurable & Scalable Mandates Mission Requirements Climate Observations Capabilities & Analysis Capability Gaps ID d Climate Forcing Alternative Solutions Climate Prediction Ecosystem Applications Solution Selection Regional Decision Acquisition & Support Operations Approval NOAA Management & Staff NOAA Operational Satellites AVHRR NASA Research Satellites TRMM TMI Aqua AMSR-E MAIN PROCESSING SYSTEM Data from multiple satellite and instrument types Buoy, Ship & Ice Data Future: NPP/NPOESS Community Agreed Standards and Protocols NPP VIIRS/CMIS L1b DATA L1-L3 L3 DATA NOAA Climate Central CLASS Data Users PPBES NOAA Climate Program Scientific Data Stewardship Science Community In Situ Data

14 Conclusions NOAA SDS is primary USA program for CDR development NOAA leadership for sustained program is required to fill lawful mandates User involvement in all aspects of SDS 14

15 Need for International Partnerships Group on Earth Observations GEO 15

NATIONAL OCEANIC AND ATMOSPHERIC ADMINISTRATION S SCIENTIFIC DATA STEWARDSHIP PROGRAM

J2.3A NATIONAL OCEANIC AND ATMOSPHERIC ADMINISTRATION S SCIENTIFIC DATA STEWARDSHIP PROGRAM John J. Bates * NOAA National Climatic Center, Asheville, North Carolina Richard G. Reynolds Office of Systems